Robert Legenstein

[NeuroTMA Lab @NeuroTMA]

Want to learn how cortical oscillations shape spike-based probabilistic inference in the brain? Take a look at our latest Preprint https://t.co/46hmilKjU8
Another great collaboration with @obreitwi @sachavanalbada @BrainScaleS @CompLegenstein and others!

@HumanBrainProj

[Robert Legenstein @CompLegenstein]

Our article on biologically plausible backprop through time featured on Nature Communications Editor's Highlights https://t.co/1S4xFfaaAu

[Robert Legenstein @CompLegenstein]

Our new NeurIPS paper shows how Neural networks can harness Hebbian plasticity to solve complex Q&A tasks. Check it out. https://t.co/YBSqqx1xfq

[Computer Science & Biomedical Engineering @TUGraz @tugraz_csbme]

🧠🖥️ Researchers led by @CompLegenstein and Wolfgang Maass have succeeded in modelling the emergence and interaction between neuron groups called "assemblies". This could lead to efficient new AI methods: https://t.co/dcv8QbZRkO @HumanBrainProj @tugraz

[Guillaume Bellec @BellecGuill]

A biological alternative to BPTT and RTRL https://t.co/PvWn4XeeRs

- Broadcast/feedback alignment for recurrent spiking networks (RSNNs)
- One-shot learning in RSNNs
- Eligibility traces enhance synthetic gradients and BPTT

With @darsalaj @CompLegenstein @diegosunshine1

[SYNCHPROJECT @SYNCHPROJECT1]

Building a bridge between #brain and #artificialintelligence. The SYNCH Project team meets in #Venice for the kickoff meeting at the SS Giovanni e Paolo Hospital. The adventure of linking brain circuits and artificial #NeuralNetworks begins!

[IBM Research @IBMResearch]

From 2004 to today: the history of @DharmendraModha's TrueNorth "brain chip" https://t.co/wzSKXrSpjW #ibmresearch

[Robert Legenstein @CompLegenstein]

Are #MemSynaptic circuits the future of computing? Brandnew @NatureNV article: http://t.co/ysZJ31HrAf

[Robert Legenstein @CompLegenstein]

The Twit...